Legal claims defining the scope of protection. Each claim is shown in both the original legal language and a plain English translation.
1. A method of making special locks available to travelers, comprising: providing first and second special locks each comprising a master key lock portion that opens all said first and second special locks with the same master key, and indicia that are the same on all said first and second special locks and convey to a luggage screening authority that said same master key opens all said first and second special locks and to travelers that all said first and second special locks are recognized by the screening authority; and including in each of said first and second special locks, in addition to said master key lock portion thereof, a traveler-operated lock portion, wherein: the traveler-operated lock portion included in each of said first special locks is only one of the following three lock mechanisms: (i) a three-dial combination lock, (ii) a four-dial combination lock, and (iii) a lock mechanism other than a combination lock; and the traveler-operated lock portion included in each of said second special locks also is only one of said three lock mechanisms (i), (ii), and (iii) but is not the one included in each of said first special locks; and wherein said same master key opens all said first and second special locks even though all said first special locks include one of said three lock mechanisms but all said second special locks include a different one of said three lock mechanisms.
The invention relates to a system for providing standardized special locks to travelers, particularly for luggage screening purposes. The problem addressed is the need for a secure yet accessible locking mechanism that can be opened by authorized screening authorities while allowing travelers to customize their lock preferences. The solution involves two types of special locks, each equipped with a master key lock portion that can be opened by the same master key across all locks. These locks also feature standardized indicia to inform both travelers and screening authorities that the master key can open them. In addition to the master key lock, each lock includes a traveler-operated lock portion. The first type of lock includes one of three possible lock mechanisms: a three-dial combination lock, a four-dial combination lock, or a non-combination lock. The second type of lock includes one of the same three mechanisms but differs from the first type. Despite these differences, the master key can open all locks, ensuring uniformity in screening while allowing travelers to choose between different lock types. This system enhances security and convenience for both travelers and authorities.
2. The method of claim 1 , further including the step of providing said luggage screening authority with multiple duplicates of said same master key.
A luggage screening system is designed to enhance security by controlling access to luggage compartments using a master key. The system includes a luggage compartment with a lock mechanism that can be opened by a master key. The master key is uniquely associated with the compartment and is used to unlock it when needed. To ensure redundancy and accessibility, multiple duplicates of the same master key are provided to the luggage screening authority. This allows multiple authorized personnel to access the compartment if required, improving operational efficiency and security. The system ensures that only authorized individuals with the correct master key can open the compartment, preventing unauthorized access while maintaining flexibility for legitimate screening purposes. The use of duplicates ensures that the system remains functional even if one key is lost or unavailable. This approach balances security with practicality, ensuring that luggage screening can proceed smoothly without compromising safety.
3. The method of claim 1 , in which said indicia include the symbol TSA.
A system and method for enhancing security screening of luggage involves applying machine-readable indicia to luggage items to facilitate automated identification and processing. The indicia, which may include the symbol "TSA," are applied to the luggage to indicate that it has been inspected or is authorized for expedited screening. The indicia are detectable by automated systems, such as optical scanners or sensors, to streamline the screening process. The system may also include a database or tracking mechanism to verify the authenticity of the indicia and ensure that only authorized luggage is processed. The method further involves using the indicia to trigger specific actions, such as bypassing certain screening steps or directing the luggage to a designated area. The indicia may be applied in various forms, including barcodes, RFID tags, or other machine-readable formats, to ensure compatibility with different screening technologies. The system aims to improve efficiency and security in luggage screening by reducing manual inspection and minimizing delays.
4. The method of claim 1 , in which said step of providing said first and second special locks comprises providing special locks that are padlocks.
This invention relates to a security system for securing a container, such as a shipping container, using specialized locking mechanisms. The problem addressed is the need for enhanced security to prevent unauthorized access to containers during transport or storage. The system involves providing at least two special locks that are padlocks, each designed to secure a different part of the container. These padlocks are configured to be opened only by authorized personnel using specific keys or access methods. The system ensures that both locks must be unlocked simultaneously or in a coordinated manner to open the container, adding an extra layer of security. The padlocks may include tamper-evident features to detect unauthorized attempts to access the container. The invention aims to improve container security by requiring multiple independent locking mechanisms, reducing the risk of unauthorized access even if one lock is compromised. The system may also include monitoring features to track the status of the locks remotely, ensuring continuous security oversight.
5. The method of claim 1 , including the step of supplying said first and second special locks to customers.
A system and method for secure access control involves a dual-lock mechanism designed to prevent unauthorized access to a container or secure space. The system includes a first lock and a second lock, each requiring separate authentication credentials for operation. The first lock is configured to receive a first authentication credential, such as a key, code, or biometric input, and the second lock is configured to receive a second authentication credential. Both locks must be unlocked simultaneously or in sequence to grant access, ensuring that no single individual can bypass security measures. The system may include a controller that verifies the credentials and coordinates the unlocking process, ensuring that both locks are properly authenticated before access is permitted. Additionally, the system may track and log access attempts, providing an audit trail for security monitoring. The method further includes supplying these specialized dual-lock systems to customers, enabling enhanced security for high-value or sensitive assets. This approach mitigates risks associated with single-point failures in access control, such as lost keys or compromised credentials, by requiring multiple independent authentication steps.
6. The method of claim 1 , including the step of using said same master key to open said first and second special locks.
A system and method for secure access control involves a master key that operates multiple special locks, ensuring coordinated access to different secured areas or devices. The master key is designed to unlock at least two distinct special locks, which may be mechanical, electronic, or hybrid locking mechanisms. Each special lock is configured to respond exclusively to the master key, preventing unauthorized access. The system may include additional security features such as authentication protocols, biometric verification, or time-based access restrictions to enhance security. The master key may be a physical key, a digital credential, or a combination of both, depending on the lock types. The method ensures that only authorized users with the master key can access multiple secured locations or devices, improving security and convenience in environments requiring coordinated access control. The system is particularly useful in facilities where multiple areas must be accessed simultaneously, such as in industrial settings, data centers, or high-security zones. The master key may also include tamper-resistant features to prevent duplication or unauthorized use. The method ensures that the same master key is used to open both the first and second special locks, maintaining consistency in access control.
7. First and second special locks comprising: indicia other than a name of a manufacturer or a model designation, that are the same for each of said first and second special locks and convey to a luggage screening authority and to travelers that the authority opens the locks with a master key; wherein: each of said first special locks includes one of the following three traveler-operated lock mechanisms: (i) a three-dial combination lock, (ii) a four-dial combination lock, and (iii) a lock mechanism other than a combination lock; each of said second special locks comprises one of said three traveler-operated lock mechanisms (i), (ii), and (iii) but not the one included in said first special locks; and said master key opens all said first and second locks despite their different traveler-operated lock mechanism.
This invention relates to a luggage security system designed to facilitate airport screening while maintaining traveler privacy. The problem addressed is the need for a standardized locking mechanism that allows authorized screening authorities to open luggage locks without compromising individual traveler security or requiring manufacturer-specific keys. The solution involves two types of special locks, each featuring distinct traveler-operated mechanisms but sharing a common master key system. The first type of lock includes one of three possible lock mechanisms: a three-dial combination lock, a four-dial combination lock, or a non-combination lock. The second type of lock includes the remaining two lock mechanisms not used in the first type. Both lock types display identical indicia, excluding manufacturer or model names, to signal to travelers and authorities that the locks can be opened with a master key. This system ensures that screening personnel can access all luggage using a single master key, regardless of the individual lock mechanism, while still allowing travelers to choose from multiple lock types for personal preference or security needs. The indicia serve as a visual cue to prevent confusion and ensure compliance with screening procedures.
8. The method of claim 1 , further including the step of providing said master key to a division of the United States Department of Homeland Security and using said master key thereby to open said spatial locks.
This invention relates to a secure access control system for spatial locks, addressing the need for controlled access to restricted areas. The system involves generating a master key that can unlock multiple spatial locks, ensuring centralized control over access. The master key is distributed to authorized personnel, such as a division of the United States Department of Homeland Security, enabling them to open the spatial locks as needed. The spatial locks are designed to restrict access to specific areas, and the master key serves as a high-level override mechanism. The system ensures that only designated authorities can bypass standard access controls, enhancing security while maintaining operational flexibility. The method includes generating the master key, distributing it to authorized entities, and using it to unlock the spatial locks when necessary. This approach provides a secure and auditable way to manage access to sensitive locations, particularly in government or high-security environments. The invention focuses on balancing strict access control with the ability to grant temporary or emergency access when required.
9. First and second special locks comprising: a user-operated lock portion in each of said first special locks that comprises a plural-dial lock mechanism; a user-operated lock portion in each of said second special locks that comprises a lock mechanism other than a combination lock mechanism; a master key lock portion in each of said first and second special locks that opens all said first and second locks with the same master key; and indicia that are the same on each of said first and second special locks and convey to a luggage screening authority that all said first and second special locks open with the same master key despite the presence of a plural-dial user-operated lock mechanism in each said first special locks but a user-operated lock mechanism other than a plural-dial lock mechanism in each of said second special locks; wherein said special locks remain viable after being subjected to luggage screening and inspection that includes opening and re-locking the locks with said master key.
This invention relates to a system of special locks designed for luggage screening, addressing the need for standardized access by authorities while maintaining user-operated security. The system includes two types of locks: first special locks with a plural-dial (combination) lock mechanism and second special locks with a non-combination lock mechanism (e.g., key-operated or electronic). Each lock features a master key lock portion that allows all locks in the system to be opened and re-locked using the same master key, ensuring uniform access for screening authorities. The locks also include standardized indicia to clearly indicate to authorities that the master key can open all locks, regardless of the user-operated mechanism type. The design ensures the locks remain functional after repeated screening and inspection, maintaining their integrity and usability. This system simplifies luggage screening by eliminating the need for multiple keys or codes while preserving user privacy and security. The locks are robust enough to withstand the physical handling and re-locking processes during screening.
10. The special locks of claim 9 , in which said indicia of each of the first and second special locks comprise the symbols TSA.
A system for securing luggage or containers with special locks that allow authorized personnel, such as airport security, to inspect the contents without damaging the lock. The problem addressed is the need for a secure yet inspectable locking mechanism that prevents tampering while allowing authorized access. The special locks include visual or tactile indicia, such as the symbols "TSA," to indicate that they are designed for inspection by authorized personnel. These locks are configured to be opened by authorized personnel using a master key or a specialized tool, while remaining secure against unauthorized access. The system ensures that the lock can be reopened by the owner after inspection, maintaining the integrity of the luggage or container. The indicia serve as a clear identifier for authorized personnel to recognize the lock as compliant with inspection protocols. The design prevents unauthorized opening while allowing controlled access, balancing security and convenience for travelers and security personnel.
11. The special locks of claim 9 , wherein said indicia are different from any model or manufacturer designation.
A system for securing and tracking high-value items, such as firearms, uses specialized locks with unique, non-standardized indicia to prevent unauthorized access and enhance traceability. The locks incorporate tamper-resistant mechanisms that require specific authentication methods, such as biometric verification or electronic key codes, to ensure only authorized users can open them. The indicia on the locks are distinct from any model or manufacturer markings, serving as a proprietary identifier to deter counterfeiting and unauthorized duplication. The system may also include a tracking module that logs access attempts, successful or failed, and transmits this data to a centralized monitoring system for real-time oversight. This approach improves security by reducing the risk of unauthorized access while providing a verifiable audit trail for compliance and forensic purposes. The locks can be integrated into storage containers, safes, or directly onto the items themselves, ensuring secure containment and controlled access. The unique indicia further enhance traceability, allowing law enforcement or authorized personnel to quickly verify the legitimacy of the lock and its associated item. This system is particularly useful in environments where strict access control and accountability are required, such as military, law enforcement, or high-security facilities.
12. The special locks of claim 9 , in which said first special locks include both (i) special locks in which the user-operated lock portion is a three-dial combination lock and (ii) special locks in which the user-operated portion is a four-dial combination lock.
This invention relates to specialized locking mechanisms designed for secure storage systems, particularly those requiring multiple access levels. The problem addressed is the need for versatile locking solutions that accommodate different user preferences and security requirements while maintaining high reliability. The invention includes special locks with user-operated portions that can be configured as either three-dial or four-dial combination locks. These locks are part of a broader system where access is controlled through a combination of mechanical and electronic means. The three-dial and four-dial options provide flexibility in security settings, allowing users to choose between simpler or more complex combinations based on their needs. The locks are designed to integrate seamlessly into storage systems, ensuring that different users can access the same storage unit with varying levels of security. The mechanical dial-based design ensures durability and resistance to tampering, while the modular nature of the locks allows for easy installation and maintenance. The system is particularly useful in environments where multiple users require access to shared storage, such as in commercial or industrial settings. The inclusion of both three-dial and four-dial options caters to different security preferences without compromising the overall integrity of the storage system.
13. The first and second special locks of claim 9 , further including said master key and wherein said luggage screening authority is a division of the United States Department of Homeland Security.
This invention relates to a secure luggage locking system designed for use in air travel, particularly addressing the need for authorized access by security personnel while preventing unauthorized tampering. The system includes a luggage case with two special locks, each capable of being opened by a master key held by a designated luggage screening authority, such as the U.S. Department of Homeland Security. These locks are distinct from standard passenger-accessible locks, ensuring that only authorized personnel can open them during security screening. The locks may incorporate electronic or mechanical mechanisms to verify the master key's authenticity before allowing access. The system ensures that luggage remains secure during transit while enabling lawful inspection when required. The master key is uniquely identifiable to the screening authority, preventing unauthorized duplication or use. This design balances security and convenience, allowing passengers to lock their luggage while ensuring compliance with security regulations. The invention may also include additional features, such as tamper-evident seals or audit logs, to track access attempts and maintain accountability. The primary goal is to streamline security screening processes without compromising luggage integrity.
14. The special locks of claim 7 , in which said traveler-operated lock mechanism of each of said first special locks is a combination lock and said traveler-operated lock mechanism of each of said second special locks is a lock mechanism other than a combination lock.
This invention relates to a luggage security system using special locks to prevent unauthorized access to luggage during travel. The system addresses the problem of luggage theft or tampering by providing a dual-lock mechanism that requires both the traveler and a trusted party (e.g., a hotel or airline staff) to unlock the luggage. The system includes a first set of special locks operated by the traveler and a second set operated by the trusted party. The traveler-operated locks are combination locks, requiring a code known only to the traveler, while the trusted-party locks use a different type of lock mechanism, such as a key lock or electronic lock, accessible only to authorized personnel. This dual-lock design ensures that only someone with both the traveler’s combination and the trusted party’s key or access can open the luggage, enhancing security. The locks may be integrated into the luggage or attached as separate components. The system is particularly useful for high-value or sensitive items where additional security is needed beyond standard luggage locks.
15. The special locks of claim 7 , in which said traveler-operated lock mechanism of each of said first special locks is a three-dial combination lock.
A system of special locks is designed for secure access control in environments where multiple users require different levels of access. The system includes a first set of special locks, each equipped with a traveler-operated lock mechanism that allows temporary access to authorized users. These locks are installed on a shared resource, such as a storage unit or a secure area, to regulate access. The traveler-operated mechanism of each lock in the first set is a three-dial combination lock, which requires the user to input a specific sequence of numbers to unlock it. This combination lock provides a secure yet user-friendly method for granting temporary access without the need for physical keys or electronic authentication. The system ensures that only individuals with the correct combination can unlock the lock, enhancing security while maintaining flexibility for authorized users. The three-dial combination lock mechanism is particularly useful in scenarios where multiple users need temporary access, such as in shared workspaces, rental storage units, or secure facilities where key management is impractical. The design ensures that access can be easily reset or changed by updating the combination, providing an additional layer of security.
16. The special lock luggage locks of claim 7 , in which said traveler-operated lock mechanism of each of said first special locks is a four-dial combination lock.
The invention relates to luggage security systems, specifically special lock luggage locks designed to enhance security and prevent unauthorized access to luggage. The problem addressed is the vulnerability of conventional luggage locks to tampering, theft, and unauthorized opening, particularly during travel when luggage is out of the owner's immediate control. The special lock luggage locks include a first set of locks and a second set of locks, each with a traveler-operated lock mechanism. The first set of locks is designed to secure the luggage in a closed position, while the second set of locks is configured to prevent the luggage from being opened without proper authorization. The traveler-operated lock mechanism of each lock in the first set is a four-dial combination lock, allowing the traveler to set and reset a unique combination for added security. The second set of locks may include additional security features, such as tamper-resistant mechanisms or electronic locks, to further deter unauthorized access. The system ensures that only the traveler, using the correct combination or authorized access method, can open the luggage, thereby enhancing security during transit.
17. The special locks of claim 7 , in which said luggage screening authority is the U.S. Transportation Security Administration.
This invention relates to a luggage screening system designed to enhance security and efficiency in airport environments. The system addresses the problem of unauthorized access to luggage during transit by implementing a specialized locking mechanism that can only be opened by authorized personnel, such as the U.S. Transportation Security Administration (TSA). The locks are integrated into luggage or luggage containers and are configured to prevent tampering while allowing authorized screening without damaging the luggage. The system includes a locking mechanism that can be unlocked using a master key or a specialized tool provided to authorized personnel. The locks may also include tamper-evident features to detect unauthorized attempts to open them. The system ensures that luggage remains secure during transit while enabling efficient screening processes by authorized agencies. The invention aims to improve security protocols in air travel by reducing the risk of unauthorized access to luggage contents.
18. The special locks of claim 7 , in which the luggage screening authority is an entity authorized to open luggage of airline travelers.
A system for secure luggage screening involves specialized locks designed for airline travel luggage. The locks are configured to be opened only by authorized entities, such as airport security or customs officials, ensuring that luggage remains tamper-proof during transit while allowing controlled access when necessary. The locks incorporate a mechanism that prevents unauthorized opening, such as through the use of unique keys, electronic access codes, or biometric verification. The system ensures that only designated personnel with proper authorization can open the luggage, maintaining security and privacy for travelers. The locks may also include tamper-evident features to detect unauthorized attempts to open the luggage. This system addresses the need for secure luggage handling in air travel, where unauthorized access could compromise passenger safety or privacy. The locks are designed to be durable, reliable, and compatible with standard luggage designs, ensuring widespread adoption and ease of use. The system may also integrate with existing airport security protocols to streamline the screening process while maintaining high security standards.
19. The special locks of claim 7 , in which the luggage screening authority is an entity authorized to screen luggage for security inspection.
A system for secure luggage screening involves specialized locks designed to facilitate authorized access while preventing unauthorized tampering. The locks are configured to be opened only by entities authorized to screen luggage for security inspection, such as airport security personnel or customs officials. These locks ensure that luggage remains secure during transit but can be opened by authorized personnel when necessary for inspection. The system may include mechanisms to verify the authority of the entity attempting to open the lock, such as electronic authentication or physical key access restricted to authorized personnel. The locks may also include tamper-evident features to detect unauthorized attempts to open them. The system may be integrated with luggage tracking or monitoring systems to provide additional security and accountability. The locks are designed to be durable, reliable, and resistant to tampering, ensuring that luggage remains secure while allowing authorized access when required. The system may also include features to prevent the reuse of locks, ensuring that each lock is used only once or for a specific purpose. The locks may be compatible with various types of luggage, including suitcases, backpacks, and other travel bags. The system may also include features to prevent the reuse of locks, ensuring that each lock is used only once or for a specific purpose. The locks may be compatible with various types of luggage, including suitcases, backpacks, and other travel bags.
20. The first and second special locks of claim 7 , further including said master key and wherein said luggage screening authority is a division of the United States Department of Homeland Security.
This invention relates to a secure luggage locking system designed for airport security screening. The system addresses the problem of unauthorized access to luggage during transit while ensuring that authorized personnel, such as U.S. Department of Homeland Security (DHS) officials, can inspect luggage when necessary. The system includes two special locks that can be unlocked by a master key held by the luggage screening authority. These locks are designed to prevent tampering and ensure that only authorized individuals can open the luggage. The master key allows the DHS to inspect luggage without damaging the locks, maintaining security while facilitating necessary screenings. The locks may incorporate tamper-evident features to detect unauthorized attempts to open them. The system ensures that luggage remains secure during transit while allowing lawful inspections by designated authorities. The master key is controlled by the DHS, ensuring that only authorized personnel can access the luggage. This system enhances security and compliance with airport regulations while minimizing inconvenience for travelers.
21. A method of making special locks available to travelers, comprising providing a first special lock and a second special lock, wherein: the first special lock comprises (i) a first traveler-operated mechanism that opens the first special lock, (ii) a master key mechanism that opens the first special lock with a master key and (iii) indicia indicating to a luggage screening authority that the first special lock opens with said master key; the second special lock comprises (i) a second traveler-operated mechanism that opens the second special lock and is different in structure from the first traveler-operated mechanism, (ii) a master key mechanism that opens the second special lock also with said master key, and (iii) indicia indicating to the luggage screening authority that the second special lock also opens with said master key.
This invention relates to a system for providing special locks to travelers that can be opened by both the traveler and authorized screening authorities using a master key. The system includes at least two distinct types of special locks, each designed to be opened by the traveler using a unique mechanism, ensuring that the locks are user-specific. The first special lock features a traveler-operated mechanism that allows the traveler to open it, along with a master key mechanism that enables authorized personnel to open the lock using a master key. The lock also includes visible markings or indicia that inform luggage screening authorities that the lock can be opened with the master key, facilitating efficient inspection. The second special lock operates similarly but has a different structural design for its traveler-operated mechanism, ensuring compatibility with the master key while maintaining distinctiveness. Both locks are designed to balance security and convenience, allowing travelers to secure their luggage while permitting authorized screening when necessary. The system ensures that screening authorities can quickly identify and open these locks without damaging the luggage, enhancing both security and traveler experience.
22. The method of claim 21 , in which the first travel-operated mechanism is a plural-dial lock and the second travel operated mechanism is a lock that is other than a dial lock.
A method for securing a container involves using two distinct travel-operated locking mechanisms to control access. The first mechanism is a plural-dial lock, which requires the user to manipulate multiple dials in a specific sequence to unlock. The second mechanism is a different type of lock, such as a key-operated, combination, or electronic lock, ensuring that access requires both mechanisms to be unlocked simultaneously or in sequence. This dual-lock system enhances security by requiring multiple independent actions to open the container, reducing the risk of unauthorized access. The method is particularly useful for high-security applications where a single lock may be insufficient, such as in safes, vaults, or secure storage units. The combination of a dial lock with another non-dial lock type provides redundancy and increases the difficulty of tampering or forced entry. The system may be configured to require both locks to be unlocked at the same time or in a specific order, depending on the security requirements. This approach ensures that even if one lock is compromised, the second lock remains a barrier to unauthorized access.
23. The method of claim 21 , further including applying said special locks to luggage.
This invention relates to a method for securing luggage using special locks. The method involves applying these special locks to luggage to enhance security. The special locks are designed to prevent unauthorized access and tampering, ensuring the contents of the luggage remain protected. The locks may incorporate advanced security features such as biometric authentication, electronic locking mechanisms, or tamper-evident seals. The method may also include steps for verifying the integrity of the locks before and after transit, ensuring that the luggage has not been compromised. The special locks can be applied to various types of luggage, including suitcases, backpacks, and travel bags, providing a versatile security solution for travelers. The invention addresses the problem of luggage theft and tampering, offering a reliable way to secure personal belongings during travel. The method may also integrate with tracking systems to monitor the location and status of the luggage, providing additional layers of security and peace of mind for users.
24. The method of claim 21 , further including the step of using said master key to open one or more of said special locks.
A system and method for secure access control involves a master key that can unlock one or more special locks, which are distinct from standard locks. The special locks are designed to require the master key for operation, ensuring that only authorized personnel with the master key can access the secured areas or devices. The master key may be a physical key, an electronic key, or a combination of both, depending on the lock mechanism. The system may include multiple special locks, each configured to be opened by the same master key, allowing centralized control over access to multiple secured locations or devices. The method further includes the step of using the master key to open one or more of these special locks, ensuring that the master key holder can gain access as needed. This approach enhances security by restricting access to only those with the master key while providing flexibility in managing multiple secured points with a single key. The system may be used in residential, commercial, or industrial settings where controlled access is required.
25. The method of claim 21 , further including the step of supplying duplicates of said master key to a luggage screening entity.
A system and method for secure luggage screening involves generating a master key for a luggage lock, where the master key can unlock multiple luggage locks. The master key is distributed to authorized entities, such as airport security personnel, to facilitate luggage inspection without requiring individual key access. The method further includes supplying duplicates of the master key to a luggage screening entity, ensuring that multiple authorized personnel or systems can access the luggage as needed. This approach enhances security by centralizing key management while allowing controlled access for screening purposes. The system may also include mechanisms to track key distribution and usage, ensuring accountability and preventing unauthorized access. The method is particularly useful in environments where luggage must be inspected frequently, such as airports, to balance security and convenience. The master key may be a physical key, an electronic key, or a digital credential, depending on the lock system used. The system may also include features to revoke or update keys remotely if security is compromised. This method improves efficiency in luggage screening processes while maintaining security standards.
26. The method of claim 21 , further including the step of supplying one or more duplicates of said master key to luggage or lock manufacturers.
This invention relates to a system for managing and distributing master keys for luggage or lock manufacturers. The method involves generating a master key that can unlock multiple locks, such as those used in luggage or other secure containers. The master key is designed to be compatible with a plurality of locks, allowing a single key to operate multiple devices. The system ensures that the master key can be replicated and distributed securely to authorized manufacturers. The method includes steps for creating the master key, encoding it with specific access permissions, and securely transmitting it to manufacturers. The master key can be duplicated and provided to luggage or lock manufacturers, enabling them to produce locks that are compatible with the master key. This system enhances security by centralizing key management while allowing controlled distribution to authorized parties. The method ensures that only approved manufacturers receive the master key, reducing the risk of unauthorized duplication or access. The invention is particularly useful in industries where multiple locks need to be managed with a single key, such as in luggage manufacturing or secure storage solutions.
27. The method of claim 21 , further including providing said master key to a division of the United States Department of Homeland Security and using said master key thereby to open said spatial locks.
This invention relates to a secure access control system for spatial locks, addressing the need for controlled access to restricted areas while ensuring that only authorized entities can override access restrictions. The system involves a master key that can unlock spatial locks, which are physical or digital barriers restricting access to specific spaces. The master key is provided to a designated division of the United States Department of Homeland Security, granting them the authority to open the spatial locks when necessary. This ensures that only a trusted government entity can bypass access controls, maintaining security while allowing for emergency or authorized access. The system may include additional features such as encryption, authentication, and audit logging to track key usage and prevent unauthorized access. The master key can be a physical device, a digital credential, or a combination of both, depending on the implementation. The invention ensures that spatial locks remain secure under normal conditions but can be opened by a designated authority when required, balancing security and accessibility.
28. Special locks comprising a first special lock and a second special lock, wherein: the first special lock comprises (i) a first traveler-operated mechanism that opens the first special lock, (ii) a master key mechanism that opens the first special lock with a master key and (iii) indicia indicating to a luggage screening authority that the first special lock opens with said master key; the second special lock comprises (i) a second traveler-operated mechanism that opens the second special lock and is different in structure from the first traveler-operated mechanism, (ii) a master key mechanism that opens the second special lock also with said master key, and (iii) indicia indicating to the luggage screening authority that the second special lock also opens with said master key.
This invention relates to a system of special locks designed for luggage screening, addressing the need for secure yet inspectable luggage locks that can be opened by both travelers and authorized screening authorities. The system includes two distinct special locks, each with unique traveler-operated mechanisms but compatible with a common master key for authorized access. The first special lock features a traveler-operated mechanism that allows the owner to open it, a master key mechanism enabling opening with a master key, and visible indicia to inform screening authorities that the lock can be opened with the master key. The second special lock similarly includes a traveler-operated mechanism, but this mechanism differs structurally from the first lock's mechanism, ensuring variety in design. It also has a master key mechanism compatible with the same master key as the first lock and includes indicia to indicate its compatibility with the master key. This dual-lock system ensures that luggage can be securely locked by travelers while allowing screening authorities to open any lock using a standardized master key, facilitating efficient and non-destructive inspections. The distinct traveler-operated mechanisms prevent unauthorized access while maintaining compatibility with a single master key for authorized personnel.
29. The special locks of claim 28 , in combination with said master key.
A system for secure access control using specialized locks and a master key. The locks are designed to restrict access to specific users while allowing override access via a master key. Each lock includes a locking mechanism that can be opened by a unique key assigned to an authorized user or by the master key. The master key is configured to open all locks in the system, providing administrative access when needed. The locks may incorporate additional security features such as electronic authentication, biometric verification, or mechanical keyways that prevent unauthorized duplication. The system ensures that only authorized personnel can access secured areas or devices, while the master key allows for emergency or administrative access. The locks may be used in residential, commercial, or industrial settings where controlled access is required. The master key system enables centralized management of access rights, reducing the need for multiple keys and simplifying key management. The design ensures that the master key cannot be easily replicated, maintaining security while providing flexibility. The system may also include logging features to track access events, enhancing accountability and security monitoring.
30. The special locks of claim 28 , in which said luggage screening authority is a division of the United States Department of Homeland Security.
The invention relates to a luggage screening system designed to enhance security in transportation hubs. The system includes special locks that can only be opened by authorized personnel, such as a luggage screening authority. These locks are used to secure luggage during transit, ensuring that only designated inspectors can access the contents. The locks are tamper-evident, meaning any unauthorized attempt to open them will leave visible signs of tampering. The system also includes a method for verifying the authenticity of the locks and ensuring that only authorized personnel can open them. The luggage screening authority, in this case, is a division of the United States Department of Homeland Security, which oversees the inspection process. The system aims to prevent unauthorized access to luggage while allowing efficient screening by authorized personnel. The locks may include electronic or mechanical mechanisms that require specific credentials or tools to open, ensuring that only trained inspectors can access the luggage. The system may also include a tracking mechanism to monitor the status of the locks and the luggage they secure. This invention addresses the need for secure and verifiable luggage screening in high-security environments, such as airports, to prevent tampering and unauthorized access.
31. The special locks of claim 28 , further including said master key and wherein said luggage screening authority is a division of the United States Department of Homeland Security.
This invention relates to a specialized locking system for luggage designed to enhance security and facilitate authorized access during screening processes. The system includes a luggage item equipped with a lock that can be opened by a master key held by a designated luggage screening authority, specifically a division of the United States Department of Homeland Security. The lock is configured to prevent unauthorized access while allowing authorized personnel to inspect the luggage contents when necessary. The master key mechanism ensures that only approved individuals with proper authorization can open the lock, maintaining security while enabling efficient screening procedures. The system may also include additional features such as tamper-evident indicators or electronic tracking to further enhance security and accountability. This invention addresses the need for secure yet accessible luggage solutions in transportation and travel environments, particularly where regulatory compliance and safety are critical. The master key system ensures that only authorized personnel can access the luggage, reducing the risk of unauthorized tampering while maintaining the integrity of the screening process. The design may also incorporate materials and mechanisms that resist forced entry, providing an additional layer of protection for the luggage contents.
Unknown
May 5, 2020
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